Quick Answer: The Turbojet Engine Model is an instructional model that shows the working sequence of a turbojet engine: air intake, compression, combustion, turbine action and exhaust thrust.
Last updated: October 2026
Key Features
Shows the main stages of jet propulsion from intake to exhaust.
Traces the airflow path through the intake, compressor, combustion chamber, turbine and exhaust nozzle.
Explains how fast-moving exhaust gases are converted into forward thrust.
Links thermodynamics, fluid flow, pressure and thrust concepts.
An instructional model, not an operational aircraft engine.
About This Product
Teachers use the model to explain how air enters through the intake and is compressed before combustion, and how expanding hot gases pass through the turbine and leave through the nozzle. The exhaust flow is then related to forward thrust using Newton’s third law of motion. Students trace the airflow path and describe the energy conversion at each stage, whether in physics, engineering or aviation classes or at a science exhibition. The Turbojet Engine Model is available for supply within India and for export to Belarus, Bulgaria, Belize, Maldives and Estonia.
Frequently Asked Questions
Q1. Which law of motion explains the thrust shown by the model? Newton’s third law of motion. The exhaust flow leaving the nozzle is related to the forward thrust of the engine.
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